Treatment of Additive Manufactured Parts, • 07/11/2025 Simulation of chemical polishing for additive manufacturing part: a multiscale and multiphysics approach A. Boucher, B. Fedi, J. Schoenleber - HIVELIX, France Suivant Surface finishing technologies for complex additively manufactured metallic parts Vous aimerez aussi Advantages of induction technology for heat treatment process Development of a sol-gel based coating for aluminium fire protection Towards more resilient, sustainable, competitive and intelligent electrochemical surface treatments Nucleation during electrodeposition by model method. Use of model method for parametric identification vs AFM pictures in the case of zinc, silver and alloy coatings (HT30) Comparison of Energy and Process Gas Consumption for Selected Vacuum and Atmosphere Case- Hardening and Furnace Concepts
Treatment of Additive Manufactured Parts, • 07/11/2025 Simulation of chemical polishing for additive manufacturing part: a multiscale and multiphysics approach A. Boucher, B. Fedi, J. Schoenleber - HIVELIX, France Suivant Surface finishing technologies for complex additively manufactured metallic parts Vous aimerez aussi Advantages of induction technology for heat treatment process Development of a sol-gel based coating for aluminium fire protection Towards more resilient, sustainable, competitive and intelligent electrochemical surface treatments Nucleation during electrodeposition by model method. Use of model method for parametric identification vs AFM pictures in the case of zinc, silver and alloy coatings (HT30) Comparison of Energy and Process Gas Consumption for Selected Vacuum and Atmosphere Case- Hardening and Furnace Concepts
